Virtual product development (VPD) is essentially based on simulation. Due tocomputational inefficiency, traditional engineering simulation software and optimization methods areinadequate to analyze optimization proble...Virtual product development (VPD) is essentially based on simulation. Due tocomputational inefficiency, traditional engineering simulation software and optimization methods areinadequate to analyze optimization problems in VPD. Optimization method based on simulationmetamodel for virtual product development is proposed to satisfy the needs of complex optimaldesigns driven by VPD. This method extends the current design of experiments (DOE) by variousmetamodeling technologies. Simulation metamodels are built to approximate detailed simulation codes,so as to provide link between optimization and simulation, or serve as a bridge for simulationsoftware integration among different domains. An example of optimal design for composite materialstructure is used to demonstrate the newly introduced method.展开更多
Simulation and optimization are the key points of virtual product development (VPD). Traditional engineering simulation software and optimization methods are inadequate to analyze the optimization problems because of ...Simulation and optimization are the key points of virtual product development (VPD). Traditional engineering simulation software and optimization methods are inadequate to analyze the optimization problems because of its computational inefficiency. A systematic design optimization strategy by using statistical methods and mathematical optimization technologies is proposed. This method extends the design of experiments (DOE) and the simulation metamodel technologies. Metamodels are built to in place of detailed simulation codes based on effectively DOE, and then be linked to optimization routines for fast analysis, or serve as a bridge for integrating simulation software across different domains. A design optimization of composite material structure is used to demonstrate the newly introduced methodology.展开更多
This paper analyses the integration modes of the virtual product development with KBE. The system architecture of virtual product development with KBE has been built and the key technique has been studied to support t...This paper analyses the integration modes of the virtual product development with KBE. The system architecture of virtual product development with KBE has been built and the key technique has been studied to support the system. Knowledge driven method has been put forward based on the traditional theory as a new method of virtual product development. An applied case is presented by taking moving cone assembly as an example to illustrate the process of knowledge driven method in detail. This concludes virtual product development integrated with KBE is feasible to raise the design efficiency and promote the sharing of information and knowledge.展开更多
An integrated template of virtual product development alters primarilysequential tradition mode of product life cycle. The template integrates all processes of productdevelopment using digital modem. An environment of...An integrated template of virtual product development alters primarilysequential tradition mode of product life cycle. The template integrates all processes of productdevelopment using digital modem. An environment of virtual product development provides productdevelopment environment of integration, communion, network, concurrent and collaboration. Combiningdevelopment of new rapier loom, an innovated design process is researched in virtual productdevelopment, which consists three portions: constructing an integration development environment,innovation design and manufacturing simulation. The innovated design process realizes reversedesign, mechanism concept design, structural design and analysis, performance analysis andmanufacturing process simulation of virtual product, which can enhance greatly product performanceand reduce cost and development cycle of new product.展开更多
Some concepts of virtual product are discussed. The key technologies ofvirtual fuel-pump development are in detail analysed, which include virtual fuel-pump productmodeling, intelligent simulation, distributed design ...Some concepts of virtual product are discussed. The key technologies ofvirtual fuel-pump development are in detail analysed, which include virtual fuel-pump productmodeling, intelligent simulation, distributed design environment, and virtual assembly. The virtualfuel-pump development prototype system considers requirement analysis, concept design, injectionpreferment analysis, detailed design, and assembly analysis.展开更多
The rapid development of computer virtual reality technology has provideda brand-new idea for the inheritance, protection, product design and disseminationof China’s intangible cultural heritage, which is of great pr...The rapid development of computer virtual reality technology has provideda brand-new idea for the inheritance, protection, product design and disseminationof China’s intangible cultural heritage, which is of great practical significance.Based on the investigation of the status quo of computer virtual realitytechnology in the protection and development of intangible cultural heritage, thispaper proposes an innovative method for the intangible cultural heritage protectionmode integrated with computer virtual reality technology. Besides, this paper alsoattempts to obtain a development strategy for the inheritance, protection, integration,development of virtual reality of intangible cultural heritage by analyzing theIntangible Cultural Heritage Project of Zhejiang Province with Xiuzhou peasantpaintings as a study case. This paper represents the achievement of the projecttitled Research on Collaborative Development of Design Majors under the Backgroundof “Integration of Production and Education” (jg20190966), one of thesecond batch of teaching reform research projects of higher education in ZhejiangProvince during the 13th Five-Year Plan.展开更多
基金National Natural Science Foundation of China (No.5988950)
文摘Virtual product development (VPD) is essentially based on simulation. Due tocomputational inefficiency, traditional engineering simulation software and optimization methods areinadequate to analyze optimization problems in VPD. Optimization method based on simulationmetamodel for virtual product development is proposed to satisfy the needs of complex optimaldesigns driven by VPD. This method extends the current design of experiments (DOE) by variousmetamodeling technologies. Simulation metamodels are built to approximate detailed simulation codes,so as to provide link between optimization and simulation, or serve as a bridge for simulationsoftware integration among different domains. An example of optimal design for composite materialstructure is used to demonstrate the newly introduced method.
文摘Simulation and optimization are the key points of virtual product development (VPD). Traditional engineering simulation software and optimization methods are inadequate to analyze the optimization problems because of its computational inefficiency. A systematic design optimization strategy by using statistical methods and mathematical optimization technologies is proposed. This method extends the design of experiments (DOE) and the simulation metamodel technologies. Metamodels are built to in place of detailed simulation codes based on effectively DOE, and then be linked to optimization routines for fast analysis, or serve as a bridge for integrating simulation software across different domains. A design optimization of composite material structure is used to demonstrate the newly introduced methodology.
基金Supported by the Grand Science & Technology Program,Shanghai ,China .(No.025115007)
文摘This paper analyses the integration modes of the virtual product development with KBE. The system architecture of virtual product development with KBE has been built and the key technique has been studied to support the system. Knowledge driven method has been put forward based on the traditional theory as a new method of virtual product development. An applied case is presented by taking moving cone assembly as an example to illustrate the process of knowledge driven method in detail. This concludes virtual product development integrated with KBE is feasible to raise the design efficiency and promote the sharing of information and knowledge.
基金This project is supported by National 863 Foundation of China (No. 863-511-030-003).
文摘An integrated template of virtual product development alters primarilysequential tradition mode of product life cycle. The template integrates all processes of productdevelopment using digital modem. An environment of virtual product development provides productdevelopment environment of integration, communion, network, concurrent and collaboration. Combiningdevelopment of new rapier loom, an innovated design process is researched in virtual productdevelopment, which consists three portions: constructing an integration development environment,innovation design and manufacturing simulation. The innovated design process realizes reversedesign, mechanism concept design, structural design and analysis, performance analysis andmanufacturing process simulation of virtual product, which can enhance greatly product performanceand reduce cost and development cycle of new product.
基金National Natural Science Founda-tion of China (No. 59889505).
文摘Some concepts of virtual product are discussed. The key technologies ofvirtual fuel-pump development are in detail analysed, which include virtual fuel-pump productmodeling, intelligent simulation, distributed design environment, and virtual assembly. The virtualfuel-pump development prototype system considers requirement analysis, concept design, injectionpreferment analysis, detailed design, and assembly analysis.
文摘The rapid development of computer virtual reality technology has provideda brand-new idea for the inheritance, protection, product design and disseminationof China’s intangible cultural heritage, which is of great practical significance.Based on the investigation of the status quo of computer virtual realitytechnology in the protection and development of intangible cultural heritage, thispaper proposes an innovative method for the intangible cultural heritage protectionmode integrated with computer virtual reality technology. Besides, this paper alsoattempts to obtain a development strategy for the inheritance, protection, integration,development of virtual reality of intangible cultural heritage by analyzing theIntangible Cultural Heritage Project of Zhejiang Province with Xiuzhou peasantpaintings as a study case. This paper represents the achievement of the projecttitled Research on Collaborative Development of Design Majors under the Backgroundof “Integration of Production and Education” (jg20190966), one of thesecond batch of teaching reform research projects of higher education in ZhejiangProvince during the 13th Five-Year Plan.
